PhosphoNET

           
Protein Info 
   
Short Name:  WDR87
Full Name:  WD repeat-containing protein 87
Alias:  Testis development protein NYD-SP11
Type: 
Mass (Da):  333185
Number AA:  2873
UniProt ID:  Q6ZQQ6
International Prot ID: 
Sequence:  Retrieve full protein sequence
   
GO Terms  External Links Internal Links  
   
Cellular Component:      Uniprot OncoNet
Molecular Function:      PhosphoSite+ KinaseNET
Biological Process:      Phosida TranscriptoNet
    STRING Kinexus Products
   
Info Box  A variety of parameters were considered in the selection of putative P-sites. Confirmed P-Sites have lower Hydrophobicity Scores. The P-site Similarity Score is lower the more that it resembles typical confirmed corresponding P-Ser, P-Thr or P-Tyr sites. The Maximum KInase Score provides the calculated score for highest match of 500 human protein kinases for the amino acid sequence surrounding the target P-site as determined with Kinase Substrate Predictor V2. The Sum KInase Score provides the additive sum of the positive individual Kinase Substrate Predictor V2 scores from 500 human protein kinases. The Conservation Score is the average of the percent similarity of the human P-site with the equivalent P-site in 20 other diverse species. Click the coloured buttons below to retrieve this and other information in the Info Box, or click the orange buttons for relevant links.
Phosphosites 
-7-6-5-4-3-2-101234567Expt. conf.EffectKinasePPaseKinexus ProductsRef.Evol.Kinase Pred.P-site Match
Site 1T20LKLLLNDTINKSKQP
Site 2S24LNDTINKSKQPSEDP
Site 3S28INKSKQPSEDPKNCL
Site 4T60EDMVEKRTFSMTERL
Site 5S62MVEKRTFSMTERLPP
Site 6T64EKRTFSMTERLPPIQ
Site 7S72ERLPPIQSMVHAGSF
Site 8T197LGEVKRFTSTSSGSS
Site 9S198GEVKRFTSTSSGSSI
Site 10T199EVKRFTSTSSGSSIT
Site 11S200VKRFTSTSSGSSITC
Site 12S201KRFTSTSSGSSITCC
Site 13Y218CFDQGFLYAGNQAGE
Site 14S230AGEIQVWSLQQGHPL
Site 15S239QQGHPLHSFQAHQSG
Site 16S252SGVICIRSRPEAHTL
Site 17T258RSRPEAHTLLTAGSD
Site 18S264HTLLTAGSDSLIKEW
Site 19S266LLTAGSDSLIKEWNL
Site 20T274LIKEWNLTSGSLLRR
Site 21S277EWNLTSGSLLRRLEL
Site 22Y289LELGEELYRLQFIDS
Site 23S306FFCQTAHSFSLHRLP
Site 24S324SLFNVCGSAPQQLRR
Site 25Y378DQAVDWAYDPGKEEL
Site 26S391ELFVATGSSEVLVFD
Site 27S392LFVATGSSEVLVFDT
Site 28Y408RCPCPAKYLLGTSPN
Site 29S413AKYLLGTSPNSQDFV
Site 30Y494CSYGMDDYVHLSEAV
Site 31S550WKFHDFLSSGSQNGL
Site 32S551KFHDFLSSGSQNGLK
Site 33S553HDFLSSGSQNGLKFI
Site 34S590VTGSADGSVRIWDFH
Site 35T625DRGDLLVTFNQSLYL
Site 36Y679ETMFVPKYIYPGQAQ
Site 37Y681MFVPKYIYPGQAQQK
Site 38S706RAIAFDHSVPHVIEE
Site 39S718IEEDEEGSPVLLRSS
Site 40S724GSPVLLRSSMHYSLQ
Site 41S725SPVLLRSSMHYSLQD
Site 42Y728LLRSSMHYSLQDMED
Site 43S729LRSSMHYSLQDMEDW
Site 44Y747SKRYQCHYVLPPQLQ
Site 45T756LPPQLQLTSWDGLNP
Site 46S757PPQLQLTSWDGLNPY
Site 47Y764SWDGLNPYQILRYYF
Site 48Y769NPYQILRYYFGHGRE
Site 49Y770PYQILRYYFGHGREW
Site 50T799ARLWPEGTPIYLQCN
Site 51Y802WPEGTPIYLQCNLHA
Site 52S833HSRVRAISNTEYPKN
Site 53T835RVRAISNTEYPKNKE
Site 54Y837RAISNTEYPKNKEED
Site 55S853HFLEMRLSKDVTYSV
Site 56T857MRLSKDVTYSVLTDG
Site 57Y858RLSKDVTYSVLTDGA
Site 58S859LSKDVTYSVLTDGAN
Site 59S868LTDGANRSWLGRKMS
Site 60S875SWLGRKMSEITINSM
Site 61S915IFASYQVSPALRSET
Site 62T922SPALRSETARRLLND
Site 63T930ARRLLNDTTNSNPLI
Site 64T931RRLLNDTTNSNPLIR
Site 65T974DERVRIKTLSLMAEI
Site 66S985MAEIGIHSRTSLLQL
Site 67S988IGIHSRTSLLQLTQK
Site 68T993RTSLLQLTQKQETFR
Site 69T998QLTQKQETFREMQQQ
Site 70T1039QRLNENLTLSHRDEK
Site 71S1041LNENLTLSHRDEKPA
Site 72S1050RDEKPAFSLDVSMPS
Site 73S1054PAFSLDVSMPSELKS
Site 74S1057SLDVSMPSELKSSLK
Site 75S1061SMPSELKSSLKPPTV
Site 76S1062MPSELKSSLKPPTVS
Site 77T1067KSSLKPPTVSEESEV
Site 78S1069SLKPPTVSEESEVAI
Site 79S1093QAGVKKHSQKWLRGL
Site 80T1103WLRGLKKTKERDSKQ
Site 81S1108KKTKERDSKQMSTEP
Site 82S1112ERDSKQMSTEPGLLE
Site 83T1113RDSKQMSTEPGLLED
Site 84S1122PGLLEDESGTEAAPI
Site 85S1135PIEMEEASVYSQWSS
Site 86Y1137EMEEASVYSQWSSST
Site 87S1138MEEASVYSQWSSSTS
Site 88S1141ASVYSQWSSSTSVIK
Site 89S1142SVYSQWSSSTSVIKL
Site 90S1143VYSQWSSSTSVIKLS
Site 91S1145SQWSSSTSVIKLSKD
Site 92S1150STSVIKLSKDVDSQE
Site 93S1155KLSKDVDSQEKDISK
Site 94S1161DSQEKDISKDHIALT
Site 95T1168SKDHIALTLKRLQKI
Site 96T1184DKRDKKATAQKLKKK
Site 97T1207KVINEETTPPVMEQP
Site 98T1216PVMEQPVTKKVKIQG
Site 99S1227KIQGRGASGISGRRS
Site 100S1230GRGASGISGRRSTAG
Site 101S1234SGISGRRSTAGDGSS
Site 102T1235GISGRRSTAGDGSSW
Site 103S1241STAGDGSSWRDDLCR
Site 104S1255RLMALRISGSQTKMS
Site 105S1257MALRISGSQTKMSEN
Site 106T1259LRISGSQTKMSENLN
Site 107S1283MLVDRHPSWELFQEI
Site 108T1395SKKEEKKTFQKSPKQ
Site 109S1399EKKTFQKSPKQGRKA
Site 110T1421GKIKREMTKEERDMS
Site 111S1428TKEERDMSEEVEEMA
Site 112T1436EEVEEMATLEEKVVK
Site 113T1454KLVMIERTPSWQDWK
Site 114T1474WKQVHGETRKSWKAW
Site 115S1504HQAGEKLSPEEEMLQ
Site 116S1530QVWENMLSSKSKEQQ
Site 117S1531VWENMLSSKSKEQQY
Site 118S1533ENMLSSKSKEQQYKD
Site 119Y1538SKSKEQQYKDEEEVT
Site 120T1545YKDEEEVTLEEEVSR
Site 121S1551VTLEEEVSREGEEKE
Site 122T1562EEKEQQVTEEQRHIQ
Site 123Y1620ERKLAQAYVKITQDD
Site 124S1652AQRGEKLSQEAEKLA
Site 125S1729EWDMEELSWKEEELN
Site 126S1764AWQREKLSEEETKLA
Site 127S1822KRERWINSMEELTKN
Site 128Y1834TKNKMILYQKKNLAQ
Site 129Y1862QRKENLLYNKERLTH
Site 130T1868LYNKERLTHSKKQLV
Site 131T1896AQVEEKLTQEKETVI
Site 132S1922KLVQVEDSLAKKQEK
Site 133T1983RLVEGKETLSKGETP
Site 134S1985VEGKETLSKGETPET
Site 135T1989ETLSKGETPETSRQR
Site 136T1992SKGETPETSRQRKMT
Site 137S1993KGETPETSRQRKMTQ
Site 138T1999TSRQRKMTQVEQELF
Site 139S2011ELFERKLSLEEKILL
Site 140S2029RILAMEESEIAKGKL
Site 141S2065KLIKKRESLSKEPAK
Site 142S2067IKKRESLSKEPAKLN
Site 143T2091TRDERKLTQEEIKMT
Site 144T2098TQEEIKMTKMKRALF
Site 145S2112FVKERRLSIEQSKLD
Site 146S2116RRLSIEQSKLDIKEW
Site 147S2126DIKEWDFSEKRSELT
Site 148S2130WDFSEKRSELTKDEK
Site 149T2161INKEEKMTEEESKLA
Site 150S2172SKLARKHSEVILDDE
Site 151S2215KPKEKFSSQVDEVES
Site 152S2222SQVDEVESEEHFSEE
Site 153S2227VESEEHFSEEMESLL
Site 154S2232HFSEEMESLLDELEK
Site 155S2242DELEKQESLSSEEEE
Site 156S2244LEKQESLSSEEEEER
Site 157S2245EKQESLSSEEEEERE
Site 158S2314EEKEEIMSEEETESL
Site 159T2318EIMSEEETESLSDEE
Site 160S2320MSEEETESLSDEEEE
Site 161S2322EEETESLSDEEEEEE
Site 162S2330DEEEEEESCSLEEEV
Site 163S2332EEEEESCSLEEEVDR
Site 164S2359LQEQRRKSLRGRERV
Site 165S2368RGRERVLSILRGVPH
Site 166S2395SPLKKLMSTALEMKE
Site 167T2404ALEMKEKTPVPVPEK
Site 168S2414PVPEKQISWEDKKAT
Site 169T2421SWEDKKATVVEIPRK
Site 170T2432IPRKFLGTMDKEREV
Site 171Y2443EREVMGKYEPIPPHV
Site 172S2457VLGTVLESQAQDLKT
Site 173T2464SQAQDLKTPFMSHIL
Site 174T2474MSHILRRTVEAEELQ
Site 175S2509TEVQLPLSQIPAKEQ
Site 176S2521KEQHADVSLSDVEWI
Site 177S2523QHADVSLSDVEWIRH
Site 178S2542MEAGEQLSRDGFHRL
Site 179S2558QLLKDLASKGNLEWL
Site 180Y2575AKHEAIVYRHRQALE
Site 181S2583RHRQALESQDTRISS
Site 182T2586QALESQDTRISSRQS
Site 183S2589ESQDTRISSRQSMSP
Site 184S2590SQDTRISSRQSMSPK
Site 185S2593TRISSRQSMSPKYLK
Site 186S2595ISSRQSMSPKYLKVI
Site 187Y2598RQSMSPKYLKVIPPI
Site 188S2624LAVPTQKSPLATKRI
Site 189T2628TQKSPLATKRIPDPR
Site 190S2648LLGEPYRSERAQQIS
Site 191S2655SERAQQISIAHKEME
Site 192Y2665HKEMEMQYFYPATRD
Site 193Y2667EMEMQYFYPATRDIF
Site 194S2676ATRDIFPSAHASVEK
Site 195T2713LPKLEKKTQPISKKK
Site 196S2717EKKTQPISKKKEELP
Site 197T2728EELPLWETFVALYHV
Site 198Y2733WETFVALYHVLRMLQ
Site 199Y2743LRMLQQRYPKDSTAW
Site 200Y2761FYQLMDLYQLKSPRI
Site 201S2765MDLYQLKSPRIQKLL
Site 202Y2788PQPQEIIYEEALKAT
Site 203T2814LFCGSSHTPRSPQEF
Site 204S2817GSSHTPRSPQEFQGA
 
Legend 
Confirmed in mammals
Confirmed in related proteins or other species
Predicted by Kinexus P-Site Prediction algorithm
No data/link available
Link available  
Products available
 


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